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Within LTS Haskell 24.35 (ghc-9.10.3)
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Library supporting simulation of a number of games Library providing framework for simulating outcomes of a variety of games, including Poker.
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Generic case analysis Generic case analysis in the vein of maybe, either and bool, using generics-sop. See the module documentation in Generics.Case.
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Constraints via Generic Standalone deriving without boiler-plate
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Surgery for generic data types Transform data types before passing them to generic functions.
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Deriving generalized functors with GHC.Generics Derive fmap, and other fmap-like functions where the parameter of the functor could occur anywhere. See the README for details.
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Derive monoid instances for product types. Using GHC's generics, allow for deriving Monoid and Semigroup instances for your product types.
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Generically derive traversals, lenses and prisms. This library uses GHC.Generics to derive efficient optics (traversals, lenses and prisms) for algebraic data types in a type-directed way, with a focus on good type inference and error messages when possible. The library exposes an optics interface. For a van Laarhoven interface, see generic-lens.
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Structural assertions on generic type representations. Please see README.md.
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generic-type-functions Familiar functions lifted to type-level functions on generic types Please see README.md.
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A library for generic programming that aims to be easy to understand Documentation is here: https://generics-eot.readthedocs.io/